In this article technical requirements and trends in development of high-precision micromachining and assembly systems are discussed. As a current example of research activities on the field of ultra-precision assembly it is shown the solution of a micro-assembly system for passive alignment of electric-optical modules in optical circuit boards. The realized system concept and a method of innovative component design will be introduced in this paper
The alignment procedure is an important step in the process chain of the assembly of micro-optical c...
Hybrid microsystems are composed of various microcomponents which have often been manufactured by di...
MEMS technologies have been used successfully to miniaturize optoelectronic systems. Nonetheless ali...
In this article technical requirements and trends in development of modern highest precisionmicromac...
Microoptical and integrated optical systems are increasingly integrated into devices produced in hig...
The assembly of micro-optical components is a delicate task. As the production numbers rise automati...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
The precision problem in mechanical micro system fabrication arises with increasing accurate alignme...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
Joining of micro-optical systems is an important step during the manufacturing process, especially w...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
The work presented in this paper aims for a significant reduction of process development and product...
There is a strongly growing market in the field of optical and electro-optical modules, which genera...
Conventional machining methods have been developed to meet the standards of ultra precision machinin...
The alignment procedure is an important step in the process chain of the assembly of micro-optical c...
Hybrid microsystems are composed of various microcomponents which have often been manufactured by di...
MEMS technologies have been used successfully to miniaturize optoelectronic systems. Nonetheless ali...
In this article technical requirements and trends in development of modern highest precisionmicromac...
Microoptical and integrated optical systems are increasingly integrated into devices produced in hig...
The assembly of micro-optical components is a delicate task. As the production numbers rise automati...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
The precision problem in mechanical micro system fabrication arises with increasing accurate alignme...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
Joining of micro-optical systems is an important step during the manufacturing process, especially w...
For the transfer of micro optical and mechanical components to an application, packaging currently r...
The work presented in this paper aims for a significant reduction of process development and product...
There is a strongly growing market in the field of optical and electro-optical modules, which genera...
Conventional machining methods have been developed to meet the standards of ultra precision machinin...
The alignment procedure is an important step in the process chain of the assembly of micro-optical c...
Hybrid microsystems are composed of various microcomponents which have often been manufactured by di...
MEMS technologies have been used successfully to miniaturize optoelectronic systems. Nonetheless ali...